An object will float on water if it has less density than the water.
A sea comprised of liquid, with the greatest possible density.
The general rule is that an object will float on water - or on any other liquid - if it has less density than the liquid.
The force that helps a ship float is the buoyant force. The buoyant force is exerted by a fluid upwards that opposes the weight of the object immersed.
Just like any other object, a ship will float if it has less density than the liquid on which it is supposed to float. Density = mass / volume; in the case of a ship, that includes the volume of the ship plus any air trapped inside.
Yes
boyancy in the hull of the ship
its anything that can float in sea like a submarine,ship, yacht etc
A sea comprised of liquid, with the greatest possible density.
ship float in the sea because water has less density than any substance ship has much weight and thatswhy it sinks
The water of the Dead Sea is unusually salty (even for a sea) and hence, it is also unusually dense.
Displacement - the ship displaces an amount of water equal to its weight. Provided that this dowes not submerge the vessel, it will float.
The general rule is that an object will float on water - or on any other liquid - if it has less density than the liquid.
Sea water has salt, and therefore a higher density.
The force that helps a ship float is the buoyant force. The buoyant force is exerted by a fluid upwards that opposes the weight of the object immersed.
If you compare the density of sea water, and then compared the extremely salty Dead Sea, you will find that the more salt in the water, the higher is the density. Which is why you can float on the Dead Sea while reading a newspaper (which I once saw demonstrated in a documentary). Also, a ship will float lower on a fresh water lake, and float higher on salt water.
Just like any other object, a ship will float if it has less density than the liquid on which it is supposed to float. Density = mass / volume; in the case of a ship, that includes the volume of the ship plus any air trapped inside.
Because of buoyancy. Even though the steel of the ship weighs a lot more then water, the ship also has a lot of air in it (the ship is not a solid chuck of steel), the lightness of the air off sets the heaviness of the steel to allow it to float.